-
Orgel co-workers (1966, 1967) have
shown that four
molecules of HCN
tetramerize to form
diaminomaleodinitrile (12),
which can be
converted into almost...
-
solved structure of the
homologous tyrosine hydroxylase C-terminal
tetramerization domain, a
structural model of
tetrameric PAH was proposed.
Using X-ray...
- as catalysts. RCH=CH2 + HCN → RCH2−CH2CN Four
molecules of HCN will
tetramerize into diaminomaleonitrile.
Metal cyanides are
typically prepared by salt...
-
predominantly the L isoform. In erythrocytes, both M and L
subunits randomly tetramerize to form M4, L4 and the
three hybrid forms of the
enzyme (ML3, M2L2, M3L)...
- to
ozone response to
oxidative stress response to
activity protein tetramerization response to
vitamin E
response to
insulin response to
vitamin A aerobic...
- An N-Heterocyclic
silylene (NHSi) is a
neutral heterocyclic chemical compound consisting of a
divalent silicon atom
bonded to two
nitrogen atoms. The isolation...
- show more
specific modulatory actions. The N-terminal,
cytoplasmic tetramerization domain (T1) of voltage-gated pot****ium
channels encodes molecular determinants...
- helix,
which is
important for
allosteric communication) A C-terminal
tetramerization region (which
joins four
monomers in an alpha-helix bundle) DNA binding...
- many
catalytic reactions such as
alkyne trimerisation to benzene,
tetramerization to cyclooctatetraene, and
carbonylation to hydroquinone: Fe(CO)5 +...
-
sequence (labeled).
These two
functional subunits are
coupled at the
tetramerization region (labeled); thus,
tetrameric LacI
binds two
operator sequences...
